Python Pandas Timedelta.nanoseconds Attribute

Timedelta is a subclass of datetime.timedelta, and it performs similarly. It’s Pandas’ version of Python’s datetime.timedelta. In most circumstances, it is interchangeable with it.

Pandas Timedelta.nanoseconds Attribute:

In pandas.Timedelta, the Timedelta.nanoseconds attribute gives the number of nanoseconds.

Syntax:

Timedelta.nanoseconds

Parameters: It has no arguments

Return Value:

The number of nanoseconds value is returned by the Timedelta.nanoseconds attribute.

Pandas Timedelta.nanoseconds Attribute in Python

Example1

Approach:

Import pandas module using the import keyword.
Pass some random Timestamp in the format(days, hours, minutes, seconds, milliseconds, microseconds, nanoseconds) to the Timedelta() function of the pandas module to get the Timedelta object.
Store it in a variable
Print the above obtained Timedelta object
Apply nanoseconds attribute on the above Timedelta object to get the number of nanoseconds in the above Timedelta object.
The Exit of the Program.

Below is the implementation:

# Import pandas module using the import keyword.
import pandas as pd
# Pass some random Timestamp in the format(days, hours, minutes, seconds,
# milliseconds, microseconds, nanoseconds) to the Timedelta() function of 
# the pandas module to get the Timedelta object.
# Store it in a variable
timedelta_obj = pd.Timedelta('7 days 10:15:08.000000122') 
# Print the above obtained Timedelta object
print("The above obtained Timedelta object:", timedelta_obj) 

# Apply nanoseconds attribute on the above Timedelta object to get the 
# number of nanoseconds in the above Timedelta object
print("The number of nanoseconds in the above Timedelta object:")
print(timedelta_obj.nanoseconds)

Output:

The above obtained Timedelta object: 7 days 10:15:08.000000122
The number of nanoseconds in the above Timedelta object:
122

Example2

Approach:

Import pandas module using the import keyword.
Pass some random Timestamp in the format(days, minutes, nanoseconds) to the Timedelta() function of the pandas module to get the Timedelta object.
Store it in a variable
Print the above obtained Timedelta object
Apply nanoseconds attribute on the above Timedelta object to get the number of nanoseconds in the above Timedelta object.
The Exit of the Program.

Below is the implementation:

# Import pandas module using the import keyword.
import pandas as pd
# Pass some random Timestamp in the format(days, minutes, nanoseconds) to the Timedelta() 
# function of the pandas module to get the Timedelta object.
# Store it in a variable
timedelta_obj = pd.Timedelta('6 days 30 minutes 20ns') 
# Print the above obtained Timedelta object
print("The above obtained Timedelta object:", timedelta_obj) 
print()
# Apply nanoseconds attribute on the above Timedelta object to get the 
# number of nanoseconds in the above Timedelta object
print("The number of nanoseconds in the above Timedelta object:")
print(timedelta_obj.nanoseconds)

Output:

The above obtained Timedelta object: 6 days 00:30:00.000000020

The number of nanoseconds in the above Timedelta object:
20

Example3

# Import pandas module using the import keyword.
import pandas as pd
# Pass some random number and unit as argument to the Timedelta() 
# function of the pandas module to get the Timedelta object.
# Store it in a variable
timedelta_obj = pd.Timedelta(80, unit='ns') 
# Print the above obtained Timedelta object
print("The above obtained Timedelta object:", timedelta_obj) 
print()
# Apply nanoseconds attribute on the above Timedelta object to get the 
# number of nanoseconds in the above Timedelta object
print("The number of nanoseconds in the above Timedelta object:")
print(timedelta_obj.nanoseconds)

Output:

The above obtained Timedelta object: 0 days 00:00:00.000000080

The number of nanoseconds in the above Timedelta object:
80

Pandas Timedelta.nanoseconds Attribute in Python

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